09/09/2025
Mitochondria act like tiny power stations within cells. They power the cells by generating energy for cellular functions.
The number of mitochondria in a given cell depends on the energy requirements of the cell and its location.
Muscle, ova, kidney(renal) s***m, neuronal cells, contain tons of mitochondria.
Damage to these mitochondria leads to a low energy state within the affected cells, and the tissue and organ where they are found.
Low energy states in cells cause tissue and organ dysfunction, with possible organ failure.
Chronic kidney disease is as a result of low energy state within kidney cells, occasioned by dysfunctional/damaged mitochondria.
Chronic inflammation caused by insulin resistance is a major culprit in chronic kidney disease. It damages renal cells, progressively leading to kidney failure.
Other agents that harm the kidney and cause kidney failure, do so by damaging the mitochondria of kidney cells.
To fix chronic kidney disease, even end stage renal failure, you have to first eliminate the offending agent.
Offending agent: Insulin Resistance, infections, autoimmunity, environmental toxins, obstruction (prostate, cancer, stone).
While getting rid of the offending agent, you begin implementing measures to restore mitochondria health.
This approach almost always restores lost kidneys back to life, without the need for transplant.
The treatment for most chronic diseases is not rocket science. Go back to the basics, fix your diet-lifestyle, get into nutritional ketosis, and watch yourself bounce back to life.
